MATIS 2 aims to drive the rapid deployment of innovative smart advanced ITS solutions to create more sustainable, safer, and resilient road networks across a vast region, spanning from the Mediterranean and Adriatic Seas to the Atlantic Ocean:

1. SAFE ROAD IMPLEMENTATION :

• Tunnels’ safety

The task consists of the implementation of projects to enhance user’s protection and emergency response in tunnels. These projects focus on deploying state-of-the-art pre-signalling systems, dynamic signage, intelligent lighting, advanced vehicle stopping devices, and robust safety barriers at tunnel entrances, exits, and interiors. Upgrades include AI-powered incident detection systems, which improve event detection accuracy while reducing false alarms, and advanced ventilation systems for managing smoke and air quality. Several tunnels will benefit from cutting-edge fire-resistant equipment, evacuation systems, and fibre-optic networks to ensure seamless communication and safety in emergencies.

• Hazardous vehicles, overloaded vehicles, ghost vehicles and weather conditions

The task consists of the implementation of projects deploying advanced systems to enhance traffic safety and monitoring. These initiatives involve the installation of static weighbridges and dynamic “Weigh in Motion” systems using quartz-based piezoelectric sensors for monitoring hazardous goods vehicles (ADR). Wrong way detection systems will also be implemented. Additionally, comprehensive weather stations with sensors for road temperature, surface conditions, rainfall, and visibility will be deployed, while dynamic heavy vehicle scales equipped with smart cameras will provide detailed real-time monitoring.

• Advanced incident detection systems

The task consists of the implementation of projects aimed at improving road safety, traffic management, and network monitoring through the implementation and expansion of advanced incident detection (AID) systems. These systems utilize cutting-edge cameras equipped with artificial intelligence and advanced algorithms to automatically detect and analyse incidents in real time. By identifying issues based on pre-established parameters, they enable quicker response times, allowing road operators, police, and assistance services to effectively manage situations.

2. SUSTAINABLE ROAD IMPLEMENTATION:

• Traffic management and congestion reduction

The task consists of the implementation of projects that will enhance traffic management and reduce congestion and encompass the deployment of advanced, AI-driven systems and dynamic technologies that enhance monitoring, traffic volumes prediction, and real-time response. New traffic management centres (TMCs) will process big data from interconnected systems, enabling innovations such as dynamic lane and speed management, access regulation, rerouting, and automated incident detection. On-the-ground improvements include non-intrusive traffic sensors, high performance variable message signs (VMS) compatible with connected vehicle technologies to adapt traffic flow to real-time conditions.

• Eco-friendly behaviour and users’ information

The task consists of the implementation of projects to enhance transport efficiency and promote sustainable mobility through dynamic reserved lanes and advanced user information systems. This includes the extension of dynamic carpooling and zero-emission vehicle lane, deploying cutting-edge technology, including real-time algorithmic traffic control and integrated speed modulation, to optimize flow, reduce congestion, and decrease carbon emissions. This project also incorporates dynamic signage and upgraded infrastructure to ensure seamless operation and safety. Additionally, it also includes the update of the Bison Futé platform, that will improve how road users’ access and interact with real-time traffic data, providing tailored, user-friendly information for diverse audiences, including travellers, hauliers, and public authorities. Together, these initiatives empower users to make informed travel decisions, enhance the road experience, and contribute to a more efficient, sustainable transport system.

• Smart Road Implementation

• • C-ITS and CCAM

The task consists of the implementation of projects that will pave the way for the road of the future by developing C-ITS and preparing infrastructure for autonomous vehicles. The task focuses on creating smart roads equipped with bidirectional communication between vehicles and infrastructure, leveraging technologies like V2X communication, video analytics, and IoT sensors. C-ITS platforms will enable seamless interoperability for connected vehicles, supported by extensive deployments of cameras, roadside units (RSUs), and advanced weather and pollution detectors.

• • Digital infrastructure and cybersecurity

The task focus on enhancing the digital infrastructure to ensure the continuous, high-performance operation of ITS, promoting safety and efficient mobility. With the growing complexity of interconnected ITS services, including cloud-based solutions and C-ITS, cybersecurity becomes a priority to safeguard both infrastructure and personal data. To improve resilience, the projects deployed involve upgrading the optical network for higher throughput, deploying intrusion detection systems, and establishing secure cloud environments. Robust network designs will enhance system availability, enabling real-time traffic management, weather systems, and incident detection.